INTERNATIONAL RECTIFIER Data Sheet No. PD-2.184 IfaR INS28B8, IN3S2ssAa SERIES 100 Amp Avg Silicon Rectifier Diodes Major Ratings and Characteristics j IN3288 1N32B8A | Units IF(AV) 100 100* A Max. Tc 130 130 % lFSM @ 50 Hz 1550 2200 @ 60 Hz 1600* 2300* A I2t @50Hz 11,500 24,000 Ads @ 60 Hz 10,500 22,000 et 165,000 340,000 [A2s VRRM Range 400 -1200 100 -1200 Vv "JEDEC registered values. CASE STYLE AND DIMENSIONS 24.38 (0.960) 117.47 (4.625) MAX, MAX. Ft t 8.81 (0.347) MAX. ACROSS FLATS 5 SN sig.2a UNF-2A 26.92 (1.06) MAX. Description and Features Reverse voltage ratings up to 1200 volts High surge rating series (2,300A} B 00-8 hermetically sealed package Superior reliability under extreme conditions = Can be supplied to meet stringent military, aerospace and other high-reliability requirements _ 15.24 16 6) 12.10 (0 591 73910291; Las 0.20 B30 3271 | PestDeah . > | 10.41 10.419) : ago 10.350 act ie.g1gy i jy ag ag O* Vinatid 626 WT 1d 4.375) 31.27 (1.625) MAK. 24,390.36 37770875) 2 gai iugay | 337 10.3273 % i LAN 2692 u.08) . : ih Boor te, ACROSS FLATS -78 24 UNF 2A Conforms to JEDEC outline DO-205AA (DO-8) (IR B-18) All Dimensions in Millimeters and (Inches)1N3288, 1N3288A Series VOLTAGE RATINGS IgaR INTERNATIONAL RECTIFIER 'RRM ~ Max. Peak Reverse Current VRAM ~ Max. VRASnM Max. VR ~- Max. Max. Rated IF(aty) Repetitive Peak Non-repetitive Peak Direct Reverse and VaRm Reverse Voltage Reverse Voltage Voiage 1 Phase Operation (Vv) (Vv) (Vv) (mA) Part Number (1) Te = 409C te 2000C (2) Te = 25C to 200C To = 400C to 2000C @) Te = 130C 1N3288 1N32884 100" 200 100* 24* 1N3289 1N3289A 200 300* 200* 24* 1N3290 1N32904 300* 4c0* 300* 24* 1N3291 IN3291A 400* 525* 400" 24* IN3292 1N3292B 500 650 500* 21* 1N3293 IN3293A 600* soo" 600* 17* IN3294 1N3294A 800* 1050* go0* 13* 1N3295 IN3295A 1000* 1300* 1000* 11* 1N3296 1N3296A +200* 1600* 1200 9* a Basic number indicates cathode-ta-case. For anode-to-case, add 'R" ta part number, @.g., IN32751RA4 ELECTRICAL SPECIFICATIONS IN3288 |1N32884@) Units Conditions leg ay)Max. average forward current 700 100* A 180 sinusoidal conduction, Max, Tce = 1309C* lesm Max. peak one-cycie 1550 2200 Half cycle 50 Hz sine wave / non-repetitive surge or 6 ms rectangular pulse Forewing any ratea joad v nditian an th rate current 1600 | 2300 Half cycle 60 Hz sine wave Sootied. m RRM or 5 ms rectangular pulse 1800 2600 A Half cycle 50 Hz sine wave or 6 ms rectangular pulse Foliowing any rated load Oo scondition and with Vary applied 1900 2750 Half cycle 60 Hz sine wave following surge = 0, or 5 ms rectangular pulse 12t Max. 12t for fusing 11,500 24,000 t= 10 ms With rated Very applied _- i initi = Oo 10,500 27.000 ; t=B.3ms following surge, initial Ty = 200C Max. I2t for individual 16,500 34,000 As t=10ms With Vagy = 0 following surge, device fusing 15,000 31.000 t=83ms initial Fy = 200C 12/1 Max. 12./t for 165,000 | 346,0G0 A2./s t= 4,1 to 10 ms, VaR = 0 following surge. individual device Tusing Ven Max. peak forward 1.5* 1.5* v lF(av) = 100A (3144 peak}, Tg = 1300C voltage THERMAL-MECHANICAL SPECIFICATIONS Te Max, operating case 40 to 2000 q@) oC IN3292B: 65 to 200C temperature range Tstq Max. storage 40 ta 200 @) oc IN2292B: 65 ta 2000C temperature range Ringe Max. internal thermal 0.4* deg C/W DC operation. resistance, junctian- to-case Rincs Thermal resistance, Q.7 deg C/W Mounting surface flat, smooth, and greased. case-to-sink T Mounting torque 11.3-14.1 N= m (Ibf-in} | Non-lubricated threads (100-125) wt Approximate weight 71 (2.5) g foz) Case style DG-2054A4 {D0-8) JEDEC (1R B-15} *JEDEC registered values. @ Min. Te = 659C for 1N3292B onty. @ Aaplies to 1N32928. @ 121 for time ty = 24/1 + V/ty.IgaR INTERNATIONAL RECTIFIER 160 140 120 100 30 t1 60 te0 40 FULL CYCLE (AMPERES) 20 PERIOD 100 120 140 CONBUCTION 40 60 4&0 160 MAXIMUM ALLOWABLE CASE TEMPERATURE (9C) a 20 180 200 AVERAGE FGRWARD CURRENT OVER Fig. 1 Average Forward Current Vs Case Temperature {Sinusoidal Current Waveform) 1.0! AT ANY RATED LOAD CONDITION AND WITH RATED VaRM APPLIED FOLLOWING SURGE. LT mew saan 0.9 | | - PARTNO. PER.UNITBASE-A ~ 1600 i 2300 | | 0.8-- _1N3288 | IN328BA 0.6. _ 0.5 O04 as NORMALIZED PEAK HALF SINE WAVE FORWARD CURRENT (PER UNIT} 0.3 810 2 49 60 NUMBER OF EQUAL AMPLITUDE CURRENT PULSES {N) Fig. 3 Maximum Non-Repetitive Normalized Surge Current Vs. Number of Current Pulses 10% 4 103 4 10? 4 10' 4 1 4 10 a 0.5 1.0 1.5 INSTANTANEOUS FORWARD CURRENT (AMPERES) 1N3288, 1N3288A Series 160 140 = Ne Co o o 60 bo} CONDUCTION PERIOD 0 20 40 60 8O 100 720 140 160 180 200 MAXIMUM ALLOWABLE CASE TEMPERATURE {C} 40 FULL CYCLE (AMPERES) oo So 20 AVERAGE FORWARD CURRENT OVER Fig. 2 Average Forward Current Vs Case Temperature (Rectangular Current Waveform) weo06aglc108 0 4 107 4 10" 4 10! 4 SHORT TIME DURATIONS 4 ay ao Bo ADY STATE VALUE =| ! 4DE 4 = a BL 10? 4 = > LONG TIME DURATIONS a 10 1907 LH a 10 10 10 4 SQUARE WAVE PULSE DURATION (SECONDS) 4107 4 1 4 190 4 TRANSIENT THERMAL (MPEDANCE DEG C/W Fig. 4 - Maximum Transient Thermal Impedance, Junction-to-Case, Vs. Pulse Duration Ty = 259C Ty = 200C 2.0 2.6 3.0 3.5 INSTANTANEOUS FORWARD VOLTAGE (VOLTS) Fig. 5 Maximum Forward Voltage Vs Forward Current1N3288, 1N3288A Series 100 } a = 8 = 60 LK 40 } t og LE CONDUCTION : PERIOD AVERAGE FORWARD POWER LOSS OVER FULL CYCLE 0 20 40 60 80 100 120, 140 AVERAGE FORWARD CURRENT OVER FULL CYCLE (AMPERES) Fig. 6 Maximum Forward Power Loss Vs Low Level Forward Current (Sinusoidal Current Waveform) 180 Ty = 200C 160 140 = bo Go (WATTS) 5 8 D o Jol CONDUCTION a9: PERIOD AVERAGE FORWARD POWER LOSS OVER FULL CYCLE OQ 9 20 46 60 80 100 120 140 AVERAGE FORWARD CURRENT OVER FULL CYCLE {AMPERES} Fig. 8 Maximum Forward Power Loss Vs High Level Forward Current (Rectangular Current Waveform) INTERNATIONAL RECTIFIER | TaR 10 T) = 200C 10* 10 (WATTS) 10% AVERAGE FORWARD POWER LOSS OVER FULL CYCLE 4 CONDUCTION PERIOD 10" 4 10? 4 198 4 104 AVERAGE FORWARD CURRENT OVER FULL CYCLE {AMPERES} Fig. 7 Maximum Forward Power Loss Vs High Level Forward Current (Sinusoidal Current Waveform) w 108 a Ty = 200C 3 4 at 4 2 kw ao +t0 Lil > o 4 wm UW oO on e Zr 107 = x 52 a 4 a iva ft = & 10? uw uJ 2 4 CONDUCTION Ps PERIOD Lu > 2 10! 4 10? 4 10 4 10* AVERAGE FORWARD CURRENT OVER FULL CYCLE (AMPERES! Fig. 9 Maximum Forward Power Loss Vs High Level Forward Current (Rectangular Current Waveform)Printed on Signet recycled offset: . ; . made from 56% recycled waste paper, including 10% de-inked, post-consumer waste. G ~f 1eR|Rectifier WORLD HEADQUARTERS: 233 Kansas S1., El Segundo. California 90245. Tel: (310) 322-3331, Twx: 4720403 EUROPEAN HEAOCQUAATERS: Hurst Green, Oxted, Surrey AH BB England, Tel: (0883) 713215, Twx: 85219 IR CANADA: 401 Gentisy St.. Markham, Ontario L3Al 311, Tel: (416) 475-1897, IA GERMANY: Saalburgstrasse 167, D-6380 Bad Homburg, Tel: 6172-37066. IFA ITALY: Via Liguria 49 19071 Borgaro, Torino, Tei: (011) 470 1484. IR FAR EAST: K&H Building, 30-4 Nishiikebykure 3-Chome, foshima-ku, Tokyo 171 Japan, Tel: (09) 983 0641. If SOUTHEAST ASIA: 190 Middie Road, HEX 10-01 Fortune Centre, Singapors OMA, Tal: (5) 336 3922. Sales Offices, Agents end Distributors in Majer Cities Throughoul the World. Printed in U.S.A. 3/94 5m Data and spacitoations subject in change without netics (1082